Micro PLC Based Temperature Plus Humidity Control

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MOQ : 1 Unit

Micro PLC Based Temperature Plus Humidity Control Specification

Color
Black, White

Operate Method
Automatic

Application
Industrial

Usage
For Temperature Control

Voltage
220/240 Volt (v)

Temperature Range
As per industry standard Celsius (oC)

Micro PLC Based Temperature Plus Humidity Control Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Micro PLC Based Temperature Plus Humidity Control

Applications : BOD Incubator, Lab Oven, Test Chamber, Cooling Cabinet

160 X 80 STN Monochrome Graphic LCD
Universal Input for Temperature & %RH with In-built Excitation Voltage
Independent Self Tune PID Control Loops for Temperature & %RH
SSR Drive Control Output for Heating, Humidification, Compressor & Alarm
Intelligent Door-Open Sensing & Alarm
Smart Water Level Detection with Alarm
PV and Event Data Recording with Date / Time Stamping
Optional Printer Interface Module for Direct On/Off-Line Printing with PC Configurable Header / Footer
Optional GSM Interface Module for SMSAlerts

Available Versions

Controller + RS485 MODBUS (No Recording)
Controller + Recorder + PC Software
Controller + Recorder + Printer
Controller + Recorder + PC Software + Printer
Controller + Recorder + PC Software + GSM Module

Advanced Control for Industrial Needs

This Micro PLC based system offers reliable and automated temperature and humidity regulation, meeting the demands of modern industry. Its efficient PLC logic controlling ensures stable operations, perfect for sensitive and critical processes requiring close climate management. Available in both black and white finishes, it blends into different industrial interiors while delivering optimal functionality.

Automatic Operation and Safety Assurance

Featuring a fully automatic operating method, this controller minimizes manual intervention and reduces the risk of human error. Designed for easy installation with a 220/240 Volt supply, it adheres to prevalent electrical industry practices in India. Safety mechanisms and robust construction make it suitable for long-term industrial use, providing peace of mind for operators and facility managers alike.

FAQ's of Micro PLC Based Temperature Plus Humidity Control:

Q: How does the Micro PLC Based Temperature Plus Humidity Control device operate?

A: The device operates automatically using a micro PLC controller to precisely regulate both temperature and humidity. It continuously monitors the environment and adjusts outputs to maintain set parameters, ensuring consistent conditions for industrial applications.

Q: What are the typical usage areas for this controller?

A: This controller is primarily used in industrial settings where maintaining specific temperature and humidity levels is crucial, such as in manufacturing plants, process control rooms, laboratories, and storage facilities.

Q: When should this PLC based controller be installed in an industrial facility?

A: It should be installed when precise and automatic environmental control is needed to enhance product quality, minimize waste, or ensure safe operating conditions for equipment and personnel.

Q: Where can I source this product in India?

A: You can obtain this controller directly from us as we are a manufacturer, service provider, and supplier of Micro PLC based control solutions within India. Contact our sales or support team for tailored recommendations and quotations.

Q: What is the installation process for this temperature and humidity controller?

A: The installation involves connecting the unit to a standard 220/240 Volt power source, integrating it with your temperature and humidity sensors, and configuring the control parameters through its PLC interface. Detailed guidance is provided with every unit.

Q: How does using this controller benefit industrial operations?

A: By maintaining consistent temperature and humidity, the controller improves production stability, extends equipment life, and reduces the chances of product defects, ultimately contributing to better operational efficiency and reduced downtime.

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